Group 13 - Skil Circular Saw - Revision history

GICL Bot: GICL Bot: Updated link(s)

2009-03-17T22:44:18Z

GICL Bot: Updated link(s)

UB08G13A: /* C.A.D. Images / Files */

2008-12-05T20:37:55Z

C.A.D. Images / Files

UB08G13A: /* C.A.D. Images / Files */

2008-12-05T20:37:34Z

C.A.D. Images / Files

UB08G13A at 20:36, 5 December 2008

2008-12-05T20:36:25Z

UB08G13A: /* Key Component Analysis */

2008-12-05T20:34:37Z

Key Component Analysis

UB08G13A: /* Key Component Analysis */

2008-12-05T20:34:03Z

Key Component Analysis

UB08G13A: /* Key Component Analysis */

2008-12-05T20:32:22Z

Key Component Analysis

UB08G13A: /* Key Component Analysis */

2008-12-05T20:27:04Z

Key Component Analysis

UB08G13A: /* Part List */

2008-12-05T20:26:45Z

Part List

UB08G13A: /* Part List */

2008-12-05T20:25:44Z

Part List

@@ Line 233: / Line 233: @@
 |}
-Link to .zip CAD Files:  [[Image:Skill_Saw.zip]]
+Link to .zip CAD Files:  <!--GICL Bot edit:-->[[Skill_Saw.zip Contents|Skill_Saw.zip]]
 ==Re-Assembly==

← Older revision		Revision as of 20:37, 5 December 2008
Line 234:		Line 234:

	Link to .zip CAD Files: [[Image:Skill_Saw.zip]]		Link to .zip CAD Files: [[Image:Skill_Saw.zip]]
−
−	~~//tried to upload native CAD files, didnt like inventor files.~~

	==Re-Assembly==		==Re-Assembly==

← Older revision		Revision as of 20:37, 5 December 2008
Line 234:		Line 234:

	Link to .zip CAD Files: [[Image:Skill_Saw.zip]]		Link to .zip CAD Files: [[Image:Skill_Saw.zip]]
		+
		+	//tried to upload native CAD files, didnt like inventor files.

	==Re-Assembly==		==Re-Assembly==

@@ Line 32: / Line 32: @@
 Upon plugging this product in and turning it on, the unit appears to be in perfect working order, minus the blade (which it was explained was for safety/liability reasons by the Lab). The unit seems to be in brand new shape.  When turned on, the system appears to make a whirring noise, at a steady level.
 Also, the estimations of parts at this point was in the range of 100 to 150 pieces, including all of the various nuts, bolts, rubber gaskets, and screws, as well as the main components.  We anticipated at this point that there were around seven to ten different materials, although the main components were Rubber, Copper, Plastic, and Aluminum materials.
 ==Disassembly==
@@ Line 92: / Line 78: @@
 :a.	Remove handle screws (6 - T20)
 :b.	Separates horizontally into 2 halves.
 ==Part List==

@@ Line 187: / Line 187: @@
 |}
 ===Key Component Analysis===
-Why is the component made of its material:
+'''''Why is the component made of its material:'''''
 ) '''Housing''' - Has to be durable to resist impacts, easily formed into its complex shape, and cheap.

@@ Line 189: / Line 189: @@
 Why is the component made of its material:
-) Housing - Has to be durable to resist impacts, easily formed into its complex shape, and cheap.
+) '''Housing''' - Has to be durable to resist impacts, easily formed into its complex shape, and cheap.
-) Field - Must be an electrical conductor, resist melting from operating temperatures, and use a non- conductive material for wire windings.
+) '''Field''' - Must be an electrical conductor, resist melting from operating temperatures, and use a non- conductive material for wire windings.
-) Armature - Has to conduct electricity, use an electrical insulator for wire windings, and be capable of effectively transfering torques.
+) '''Armature''' - Has to conduct electricity, use an electrical insulator for wire windings, and be capable of effectively transfering torques.
-) Main Cable - Needs to be flexible, electrically conductive, and electrical conductors have to be insulated against the outside environment.
+) '''Main Cable''' - Needs to be flexible, electrically conductive, and electrical conductors have to be insulated against the outside environment.
-) Bearing Sleeve - Must support main motor shaft while protecting against friction.
+) '''Bearing Sleeve''' - Must support main motor shaft while protecting against friction.
-) Protective Cover - Must be rigid, formed easily and cheap so that it contours the blade, and provide support to the adjoining components such as the motor housing.
+) '''Protective Cover''' - Must be rigid, formed easily and cheap so that it contours the blade, and provide support to the adjoining components such as the motor housing.
-) Guard Plate - similar to the protective cover, this component must also be rigid for protection against the blade. Aluminum alloy also aids in weight reduction.
+) '''Guard Plate''' - similar to the protective cover, this component must also be rigid for protection against the blade. Aluminum alloy also aids in weight reduction.
-) Casing foot - Steel can be thin and still provide good strength and it is produced inexpensively.
+) '''Casing foot''' - Steel can be thin and still provide good strength and it is produced inexpensively.
-) Final drive gears - Steel has higher strength and reliability than other materials such as aluminum and bronze.
+) '''Final drive gears''' - Steel has higher strength and reliability than other materials such as aluminum and bronze.
 ===C.A.D. Images / Files===

@@ Line 197: / Line 197: @@
 # Main Cable - Needs to be flexible, electrically conductive, and electrical conductors have to be insulated against the outside environment.
-# Bearing Sleeve -
+# Bearing Sleeve - Must support main motor shaft while protecting against friction.
-# Protective Cover
+# Protective Cover - Must be rigid, formed easily and cheap so that it contours the blade, and provide support to the adjoining components such as the motor housing.
-# Guard Plate
+# Guard Plate - similar to the protective cover, this component must also be rigid for protection against the blade. Aluminum alloy also aids in weight reduction.
-# Casing foot
+# Casing foot - Steel can be thin and still provide good strength and it is produced inexpensively.
 ===C.A.D. Images / Files===

@@ Line 94: / Line 94: @@
 ==Part List==
-[[image:assembly277.jpg]]
+[[Image:Assembly277.png]]
 {| {{table}} border="1" align="center"

← Older revision		Revision as of 20:25, 5 December 2008
Line 94:		Line 94:

	==Part List==		==Part List==
		+	[[image:assembly277.jpg]]
	{\| {{table}} border="1" align="center"		{\| {{table}} border="1" align="center"